1) gaseous decay product
气体衰变产物
2) decay product
衰变产物
1.
This paper further discusses physical basis of the dineutron model based on Reference 1 and 14, estimates life time of the dineutron, and then to explains experimental phenomena:“Heat after death”,decay product 111 Ag, 107 Ag,…and long lived activity by using the dineutron model.
在文献[1]和[14]的基础上进一步讨论双中子态模型的物理基础,估算双中子态的寿命,然后利用双中子态模型解释“死后热”,衰变产物111Ag,107Ag等等,以及长寿命放射性现
3) descendant
[英][dɪ'sendənt] [美][dɪ'sɛndənt]
子体[物质],衰变产物,后代
4) Gas fission products
气体裂变产物
1.
Taking binary fission of ~(239)Pu as an example, the numbers ofgas fission products ~(85)Kr~m, ~(87)Kr,~(88)Kr, ~(133)Xe~m, ~(133)Xe,~(135)Xe~m, ~(135)Xe and ~(138)Xe as a func-tion of decay time were calculated, and the gamma ray count rates at the distance of 25cm from a HPGe detector with the detec.
利用该公式计算了~(239)Pu 裂变产生的气体裂变产物~(85)Kr~m、~(87)Kr、~(88)Kr、~(133)Xe~m、~(133)Xe、~(135)Xe~m、~(135)Xe和~(138)Xe的核数目随时间的变化关系,并计算了距相对效率为 60%的 HPGe 探测器表面 25 cm处各气体裂变产物γ峰计数率变化,为气体裂变产物的实验分析提供了参考。
5) gas decay tank
气体衰变箱
6) fission product decay heat
裂变产物衰变热
补充资料:a衰变